KEGG   Spiroplasma turonicum: STURON_00266
Entry
STURON_00266      CDS       T04034                                 
Symbol
polC
Name
(GenBank) DNA polymerase III subunit alpha (PolC)
  KO
K03763  DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7]
Organism
stur  Spiroplasma turonicum
Pathway
stur03030  DNA replication
stur03430  Mismatch repair
stur03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:stur00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    STURON_00266 (polC)
   03430 Mismatch repair
    STURON_00266 (polC)
   03440 Homologous recombination
    STURON_00266 (polC)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:stur03032]
    STURON_00266 (polC)
   03400 DNA repair and recombination proteins [BR:stur03400]
    STURON_00266 (polC)
Enzymes [BR:stur01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     STURON_00266 (polC)
DNA replication proteins [BR:stur03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    DNA polymerase III holoenzyme
     STURON_00266 (polC)
DNA repair and recombination proteins [BR:stur03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    DNA polymerase III holoenzyme
     STURON_00266 (polC)
SSDB
Motif
Pfam: DNA_pol3_alpha RNase_T DNA_pol3_finger PHP HHH_6 RNase_H_2 DNA_pol3_a_NI tRNA_anti-codon DEDDh_C CRAL_TRIO_2 Cript
Other DBs
NCBI-ProteinID: AKU79512
UniProt: A0A0K1P6M7
Position
300883..305304
AA seq 1473 aa
MTKEIFFKKINVNFTDDELKHLKSCSIDKKISVNTTDKTLKVTFCIDDFLDVKFLKTFED
KIDSCKNYNIKFSFIVNNKKYNKETIWSYISYIKENKAEYKNGAINSLDFKSIEFIEEEC
KVIFIVSCSVEKELILEHIDYYKNKLIKYGFSSLNLEIKVLENHVEILEEINNEYESIVV
NNENKKTNTNIKPQVKTKFKSNNLVLDKPDYKTLLDLEENSQNITIHGQVISKDVRKSKA
NRNIYNISITDKTSSINCIFFQKNDEPTYFDNLNESNQKYLEDYKEELINVNDWVSFNGN
YSYSPYDKSYIFYINKYKKIPSKEMMRKDDADKKRVELHVHTKMSVMDGVSSIKDYLSAA
NSFGWNAIAVTDHLNVQSFPEAYNALKSINKGKNNSLKLIYGSELNLLNEDFWIVKHPKN
QDLRKAKFVVFDLETTGLSPEYDEIIEFGANVYDYDDGTSKRHDILIKPSKPISKFTTEL
TNITNEMLSDKNNIEVEFKNILNIIEDGILIAHNANFDFNFLQSWAKKLGYDSLSNTVID
TLTLSRVLKPELKNHRLGSVAKAFGIIYDEKNAHRADYDAEVLTNVYEHMWTVAKKNQSI
DFDIDWNKFIPLDNYKNEHYKRIKGYHVNVLAKNQEGLKDLYKLISYSHVKNFLNSPKIF
KSVLLEYKNKNNILVGSSCQNSEVFDLARTGTDEMLEESIKFYDYIEVQPINVYKKFLLT
NDLDIETLKKIIMKIINISRKNNIKVIASSDAHYVNPEDKIIRDIYINTKGLGGVYHPLY
DFKQRVTSNPDQHLRTTDEMLNEFNWLDKDLAYEIVVTNSNFIADLVEPDIKPLKEGLYT
PKIDNAEKLLKDECFKNAKKIYGENLPSIVLNRLNKELDSITKHGFSVIYWISHLLVKKS
NDDGYLVGSRGSVGSSLVATLSNITEVNPLRAHYICKKCKYSNFEVDQKYKCGFDLPKEA
CPNCGEYLIGDGHDIPFETFLGFDGDKIPDIDLNFSGEYQGTAHNFIKDLFGKENVFRAG
TISTVAEKTAYGYVLGHFEKSNIPTDTVRKAEVNRLASLATGVKRTTGQHPGGIIILPKE
FEIEDFTPVNFPADDYTSDWLTTHFDFHSIHDNLLKMDVLGHVDPTALRMLKDLTNVDPI
NIPVNDEKVYTLFSNLSALNISSSDINGETTGALGLPEFGTQFVRGMLKETQPKTFADLV
QISGLSHGTDVYLGNAQTLIQNNIADISSVIGCRDEIMVYLMSMGLDDSVSFKIMEDVRK
GKGLNKDYIEIMRKNNVPEWYINSCQKIKYMFPKAHATAYVLMAYRVAYYKIYFPEEYYA
TWFSTRADFFDIETALSDKETVLRKINEIKSKQNNKEPVSAKEAGLLPVYEVILEMFARK
ISFKNIDFNISEATTFKIKSIDGVKYIYPSFNVIDSLGETVAKSIVNARNEKQIITIDDL
KKRTQVTQTQIEIFKKLDILSSLKDDNQISFDF
NT seq 4422 nt   +upstreamnt  +downstreamnt
atgacaaaagagattttttttaaaaaaataaatgttaattttactgatgatgaactaaaa
catttaaaaagttgttcaatagataaaaaaattagcgttaatacaactgataaaacttta
aaagtaactttttgtattgatgattttttagatgttaagttcttaaaaacttttgaagat
aaaattgattcatgcaaaaattataatattaagttttcatttatagtaaataataaaaaa
tataataaagaaactatttgaagttacatatcttatattaaagaaaataaagccgaatat
aagaacggtgcaattaattctttagattttaagtctattgaattcatagaagaagaatgt
aaagttatttttatagtttcatgttctgttgaaaaagaattaatattagaacatattgat
tattataagaataaacttataaaatatggattcagctctcttaatttagaaattaaagtt
cttgaaaatcatgttgaaattcttgaagaaattaataatgaatatgaaagtatagttgtt
aacaatgaaaataaaaaaactaatacaaatataaaaccacaagttaaaacaaaatttaaa
tctaacaatttagttttagataaacctgattacaaaactttattagatttagaagagaac
tcacaaaatattacaattcatggacaagttatttcaaaagatgttagaaaaagtaaggca
aatagaaacatatataatatatcaataactgataagacatcttctattaattgtatattt
ttccaaaaaaacgatgagccaacttattttgataatttaaatgaatcaaatcaaaagtat
ttggaagactataaagaagaattaattaatgttaatgactgagtatcatttaatggtaat
tatagttactctccatatgacaaatcttatattttttatattaataaatataaaaagata
ccatcaaaggaaatgatgaggaaagatgatgctgataaaaaaagagttgaattacatgtt
cacacaaaaatgtcagttatggatggtgttagtagcattaaagattatttaagcgctgct
aatagtttcggttgaaatgcgattgctgttaccgaccacttaaacgttcaatcttttcca
gaggcttacaatgctttaaagagtataaataaaggtaaaaataattctttgaaattgatt
tacggaagtgagttaaacttattaaatgaagacttttgaatagttaaacatcctaaaaat
caggatcttagaaaagcaaagtttgttgtatttgacttggaaaccactggattatctcca
gagtatgatgaaataattgagtttggagctaatgtttatgattatgatgatggaacttca
aaaagacatgatatattaattaaaccaagcaaaccaataagtaaatttacaactgaatta
acaaatataacaaatgaaatgctaagtgacaaaaataatattgaagttgaatttaaaaat
attttaaacattatagaagatggaattttaattgctcacaatgcaaattttgatttcaac
tttttacaatcttgagctaaaaaattaggttatgattcattatctaatacagtgattgat
acattaaccttatcaagagtattaaaacctgaattaaaaaaccatagattaggttctgta
gcaaaggcttttggaattatttatgatgaaaaaaatgctcatagagctgactatgatgca
gaagtactaaccaatgtatatgaacatatgtgaactgttgctaaaaaaaatcaaagtatt
gatttcgatattgattgaaataaatttattcctttagacaattataaaaatgaacactat
aaaagaattaaaggttatcacgtaaatgttcttgcaaagaatcaagagggtttaaaagac
ttatataaattaatatcttactcacatgttaagaattttttaaatagtccaaaaattttt
aaatcagttttattagaatacaaaaataaaaataatattttagttgggtctagttgccaa
aacagtgaagtttttgacttagcaagaactggcactgatgaaatgttagaagagtcaata
aaattttatgattacattgaagttcaaccaattaatgtttataaaaaatttttattaaca
aatgatcttgatattgaaactttaaaaaaaataattatgaaaataataaatatttctaga
aagaataatattaaagttatcgcatccagtgatgctcattatgtaaacccagaagacaaa
attataagagacatttatattaatacaaaaggtttagggggtgtttatcatccattatat
gatttcaaacaaagagttacaagtaaccctgaccaacatttgcgaacaactgatgaaatg
ttaaatgaatttaattgattagataaagatttagcttatgaaatagttgttacaaattct
aattttattgctgacttagttgaacctgatataaaaccactaaaagaaggtctgtatact
ccaaaaattgataatgcagaaaaattgctaaaagacgaatgctttaaaaatgcaaagaaa
atttatggagaaaatttgccaagtattgtattgaatagattaaataaagaattagattct
ataactaaacatggattttcagttatatattgaataagtcatttattagtaaaaaaatct
aacgatgatggatatttagttggtagtagaggttccgtaggaagttcattggtagcaact
ttatctaatataactgaagttaacccattaagagctcattatatatgtaaaaaatgtaag
tattctaactttgaagtggatcaaaaatataaatgtggatttgatttaccaaaagaagct
tgcccaaattgtggtgagtatttaattggtgatggtcatgatattccttttgaaacgttt
ttaggttttgatggtgataaaattcctgatattgatctaaatttttctggagagtatcaa
ggaacagctcataattttattaaagatttatttggcaaagagaatgtattcagagctgga
acaatatcaactgtcgcagaaaaaactgcttatggatatgttttaggtcattttgaaaaa
agtaatattccaacagatacggttagaaaagctgaagttaatagattggcctcattagct
acaggagtaaaacgaacaacgggccaacaccctggaggaataattattttaccaaaagaa
ttcgaaatagaagattttacacctgttaactttccagctgatgattatacaagtgattga
ttaacaactcattttgattttcattcaatacatgataatttacttaaaatggatgtttta
gggcatgttgatccaactgcattaagaatgttaaaagatttaactaatgttgatccaata
aacattccagtaaatgatgaaaaagtttacactttattttcaaatttaagtgctttaaat
atttcttcttcagacataaatggtgaaacaacaggtgctttgggacttcctgaatttggt
acccaatttgttagaggaatgttaaaagaaactcaacctaaaacctttgctgatttagta
caaatatcagggcttagtcatggaactgatgtttatctaggaaatgctcaaacattaatt
caaaataatattgcagatatttcttcagttattggttgtagagatgaaataatggtttat
ttaatgtctatgggtcttgatgattccgtgtcttttaaaataatggaagatgtaagaaaa
ggaaaaggtttaaataaagattatattgaaattatgcgaaagaacaatgttccagaatga
tatattaatagctgtcaaaaaataaagtacatgttcccaaaagcacatgccactgcttat
gttttaatggcatatagggttgcatattataaaatatatttcccagaagaatattatgca
acttgattctcaacaagagctgatttctttgacattgaaacagcactcagcgataaagaa
actgtattaagaaaaataaatgagattaaaagcaaacaaaataataaagaacccgttagt
gctaaagaagcaggattattacctgtatatgaagtaattttagaaatgtttgcaagaaaa
attagtttcaaaaatattgattttaatatatcagaagccacaacctttaaaattaaaagt
attgatggtgtaaaatatatttatccttcttttaatgtaattgattctttaggtgaaact
gttgcaaaatcaatagttaatgcaaggaatgaaaaacaaattataacaattgatgatctt
aagaaaagaacacaagttactcaaacacaaatagaaatttttaagaagttagatatatta
agttctctaaaagatgataaccaaatatcatttgacttttaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (11)   
   Pfam (11)   
All databases (24)   

Download RDF
DBGET integrated database retrieval system